Added blade fuse cover w/ 8 slots

cover_blade_fuse_4/cover_blade_fuse_4.scad

@@ -13,12 +13,12 @@ w1o = w1i + 2*thickness;
 l1o = l1i + 2*thickness;
 c_pitch = 16.5;
 c_offset = 9;
-c_radius = 5.5/2;
-c_h = 16;
+c_radius = 7.5/2;
+c_h = 17;
 cutout_h = 8;
 cutout_w = 32;
 screw_r0 = 4.0/2;
-screw_r1 = 7.0/2;
+screw_r1 = 9.0/2;
 screw_outer_r = screw_r1 + thickness;
 difference()
 {

cover_blade_fuse_8/cover_blade_fuse_8.scad

@@ -0,0 +1,81 @@
+h0 = 11.0;
+h1 = 21.0;
+radius = 4;
+thickness = 1.5;
+w0i = 37.5;
+l0i = 133.0;
+w1i = 53.0;
+l1i = l0i;
+$fn = 50;
+w0o = w0i + 2*thickness;
+l0o = l0i + 2*thickness;
+w1o = w1i + 2*thickness;
+l1o = l1i + 2*thickness;
+c_pitch = 16.5;
+c_offset = 9;
+c_radius = 7.5/2;
+c_h = 17;
+cutout_h = 8;
+cutout_w = 32;
+n_cutouts = 8;
+screw_r0 = 4.0/2;
+screw_r1 = 9.0/2;
+screw_outer_r = screw_r1 + thickness;
+color("grey")
+union()
+{
+  difference()
+  {
+      // Body
+      hull()
+      for (x = [-1:2:1])
+      for (y = [-1:2:1])
+      {
+          translate([x * (w1o/2-radius), y * (l1o/2-radius), (h1+thickness)/2])
+          cylinder(h = h1 + thickness, r = radius, center = true);
+      }
+      // Cutout body
+      hull()
+      for (x = [-1:2:1])
+      for (y = [-1:2:1])
+      {
+          translate([x * (w1i/2-radius), y * (l1i/2-radius), h1/2 - 0.001])
+          cylinder(h = h1, r = radius, center = true);
+      }
+      // Cutout ceiling
+      hull()
+      for (x = [-1:2:1])
+      for (y = [-1:2:1])
+      {
+          translate([x * (w0i/2-radius), y * (l0i/2-radius), h1])
+          cylinder(h = h0 + 1, r = radius, center = true);
+      }
+      // Cutouts cables
+      for (x = [-1:2:1])
+      for (p = [0:1:n_cutouts-1])
+      hull()
+      for (h = [0:1:1])
+      translate([x * (w1o/2 - thickness/2), -l1o/2 + c_offset + p*c_pitch, h * (c_h - c_radius)])
+      rotate([0, 90, 0])
+      cylinder(h = thickness + 0.001, r = c_radius, center = true);
+      // Cutouts screws
+      for(y = [-1:2:1])
+      translate([0, y* (l1o/2-thickness), cutout_h/2])
+      cube([cutout_w, 2*thickness, cutout_h +0.001], center = true);
+  }
+  goblet_h = h1 + thickness - cutout_h;
+  for(y = [-1:2:1])
+  translate([0, y*(l1o/2 + screw_r1), cutout_h + thickness/2])
+  difference()
+  {
+    hull()
+    {
+      cylinder(r=screw_outer_r, h=thickness, center=true);
+      translate([0, y*(-screw_outer_r + thickness/2), goblet_h/2 - thickness/2])
+      cube([screw_outer_r*2, thickness, goblet_h], center=true);
+    }
+    cylinder(r=screw_r0, h=h1*10, center=true);
+    translate([0, 0, h1/2])
+    cylinder(r=screw_r1, h=h1, center=true);
+  }
+}